bimetal temperature switch
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이중 금속 전기 모터 열 절단 과부하 보호기 액티브 서스펜션 모터의 컴팩트 스위치
Bimetallic Electric Motor Thermal Cut Out Overload Protector Compact Switch For Active Suspension Motor Product Specifications Attribute Value Product name HC02-B motor thermal protector Material Plastic case Temperature range 60~180℃ Tolerance ±8℃,±10℃ Voltage 250V AC/30V DC Current Customizable Application Automotive Active Suspension Motor Product Description The HCET HC02 series represents advanced bimetal motor protection technology, engineered to safeguard critical
250V 과부하 과류 모터 열 보호 스위치 klixon HCET 8AM 자동차용
HCET 8AM Thermal Motor Protector 250V Overload Overcurrent Motor Thermal Protection Switch for Automotive and Industrial Applications Product Overview HCET 8AM Series Dual Sensor Thermal Protectors provide comprehensive overload and overtemperature protection for motor systems. Featuring precise current-temperature dual-mode sensing technology, this automotive-grade solution offers reliable protection for automotive motors, industrial equipment, HVAC systems, and power tools.
HCET KSD9700 Bimetal 열 스위치 히터 패드의 금속 케이스 온도 스위치
Product Page Miniature Thermal Cutoff Switch Experience precision and reliability with our miniature thermal cutoff switch, designed for optimal performance in various industrial applications. Its competitive price point makes it an ideal solution for cost-effective integration. Positive Make and Break Snap-Action Disc Mechanism Suitable for Impregnation Processes Miniature Size Target Industries & Applications: Ideal for electrical appliances, motors, transformers, and any
AC 모터 열 과부하 보호기 온도 과류 트립 스위치 HCET 88/98
AC Motor Thermal Overload Protector HCET 88/98 Advanced temperature and overcurrent trip switch designed for reliable AC motor protection in demanding industrial environments. Product Specifications Attribute Value Current Rating 3-25A Reset Type Manual Reset Application Motor Protection Material Bakelite Case Voltage Rating 125/250VAC 50VDC Key Features All-Mechanical Structure - No electronic components or program control, suitable for high temperature, high humidity, and
15A HCET 88/98 이중 금속 열 과부하 보호기계 전류 전환기
15A HCET 88/98 Bimetallic Thermal Overload Protector Mechanical Over Current Switch for Commercial Appliance Compressors Product Overview The HCET 88/98 is a fully mechanical motor protection device utilizing bimetal technology for reliable thermal overload protection. Designed specifically for commercial appliance compressors, it offers cost-effective motor protection with extended maintenance intervals. Key Specifications Product Name 88/98 Thermal Overload Protector
10A 250V AC 17AM 열 보호기 50°C-180°C 온도 조절기
10A 250V AC 17AM Thermal Protector 50℃-180℃ Temperature Control Product Attributes Attribute Value Product name 17AM thermal protector Temperature range 50~180℃ Tolerance ±3℃,±5℃ Voltage 250V Current
ODM DC 모터 17AM 비메탈 열 보호기 7AM034/035/036 시리즈
ODM DC Motor 17AM Bimetal Thermal Protector 7AM034/035/036 Series Product Specifications Product name 17AM thermal protector Temperature range 50~180℃ Tolerance ±3℃,±5℃ Voltage 250V Current
온도계 KSD9700 비메탈 열 보호 스위치 5A 10A 250V OEM
KSD9700 Bimetal Thermal Protector Switch (5A/10A 250V) The HCET TB05/KSD9700 is a high-performance bimetal thermal protection switch designed for precision temperature control and circuit protection in motors, transformers, and household appliances. Key Specifications Product Name KSD9700 thermal switch Material Plastic or metal Temperature Range 35℃~160℃ (Customizable) Tolerance ±3℃, ±5℃ Voltage 250V Current 10A Application Heating Pad Product Features Multi-Application
HCET-C 장수명 열 스위치 KIE NT-104S 바이메탈 온도 조절기 바닥 난방 교체용
Product Description HCET-C long service life thermal switch replace KIE NT-104S bimetal thermostat thermal protector for Underfloor heatingThe HCET-C series fused temperature control switch is a type of over temperature and over current protector with compact size, long service life, and reliability. The bimetallic sheet has fast tripping performance and secondary protection function, making it safer and more reliable. Adopting high-temperature resistant insulation shell.
